Compact dispenser for chemicals and other concentrated liquids

ABSTRACT

Compact dispenser for chemicals and other concentrated liquid is disclosed. The dispenser is compact and with is attractive design you can use it anywhere from home to office, restaurants, cafe&#39;, etc.

CROSS-REFERENCE TO RELATED APPLICATIONS

The present application relates and claims priority to U.S. provisional patent application No. 62/174,073 filed on Jun. 11, 2015.

STATEMENT REGARDING FEDERALLY SPONSORED RESEARCH OR DEVELOPMENT

Not Applicable.

REFERENCE TO SEQUENCE LISTING, A TABLE, OR A COMPUTER PROGRAM LISTING COMPACT DISC APPENDIX

Not Applicable.

BACKGROUND OF THE INVENTION

Field of the Invention

The present invention relates in general to the cleaning tools.

Description of the Related Art

Our planet is reaching a critical tipping point of deterioration due to high pollution levels caused by global population, over the years we have been concerned about consuming products without thinking about the negative consequences that leave non-degradable plastic containers and packaging of products we consume. The cleaning area is not immune to contribute massively to the pollution of our environment, which is why the present invention (Greenspenser) is an innovative solution that helps us to collaborate with the preservation of our planet.

Imagine how many containers of cleaning products we have thrown away again and again, would find a fairly high number, which surely would make us reflect, if we add the products of our family, friends, neighbors, our city, our continent, industrial companies, this figure will make us faint. The important point at this time is not what we did in the past, But what is needed from now on for the conservation of our planet Earth, and therefore the life of future generations, we must change our mentality selfless to a green mentality, the present invention is dispensing super concentrated certified green cleaning products very easy to use, aesthetically designed and can become the starting point for new ecological culture in our homes, offices, shops restaurants, hotels and businesses in general. This dispenser allow us the opportunity to use a green cleaning solutions of high quality that leave us with cleanness and nice fragrance, and most importantly eliminate the waste of plastic containers and hazardous waste, as we know it takes years to decompose in nature and landfill. The present invention understands the cost sensitive nature of the proportioning market, and the important part that a dispenser plays in delivering the correct amount of chemical. The present invention has designed an elegantly simplistic proportioner that delivers chemical accurately and at an economical price. This compact, durable dispenser is designed with minimal number of parts, nonmoving parts which making servicing and operation simple. Can easily be introduced into our homes and businesses, create environmental awareness is the task of each and every one of us. The present invention consider an innovative solution is practical and functional, the characteristics of not only individuals but provide global benefits, and today is a good day to decide to make significant contributions to our planet and that together we can stop pollution.

BRIEF SUMMARY OF THE INVENTION

The present invention has designed an elegantly simplistic proportioner that delivers chemical accurately and at an economical price. This compact, durable dispenser is designed with minimal number of parts, nonmoving parts which making servicing and operation simple. Can easily be introduced into our homes and businesses, create environmental awareness is the task of each and every one of us. The present invention consider an innovative solution is practical and functional, the characteristics of not only individuals but provide global benefits, and today is a good day to decide to make significant contributions to our planet and that together we can stop pollution.

DESCRIPTION OF THE DRAWINGS

For a more complete understanding of the present invention, reference is now made to the following descriptions:

FIG. 1. Is a perspective view of the overall invention.

FIG. 2. Is a detail perspective view of the internal component assembly.

FIG. 3. Is a detail perspective view of the internal component assembly.

FIG. 4. Is a sectional detail view of the invention along line 4-4 in FIG. 3. shown in inactive state.

FIG. 5. Is a sectional detail view of the invention along line 5-5 in FIG. 2 shown in inactive state.

FIG. 6. Is a sectional detail view of the invention along line 6-6 in FIG. 3 shown in inactive state.

FIG. 7. Is a sectional detail view of the invention shown in active state.

FIG. 8. Is a sectional detail view of the invention shown in active state.

FIG. 9. Is a sectional detail view of the invention shown in active state.

FIG. 10. Is a sectional detail view of the invention shown in active state.

FIG. 11. Is a sectional detail view of the invention along line 11-11 in FIG. 3. shown in active state.

FIG. 12. Is a sectional detail view of the invention along line 12-12 in FIG. 2 shown in active state.

FIG. 13. Is a sectional detail view of the invention along line 13-13 shown in active state.

FIG. 14. Is a sectional detail view demonstrating filling of bottle component.

REFERENCE NUMERALS IN THE DRAWINGS

For a more complete understanding of the present invention parts, reference is now made to the following descriptions:

10. is the flow housing.

12. is the inner flow chamber.

14. is the inner flow chamber narrowing region.

16. is the flow activation button.

18. is the flow block piston.

20. is the flow block piston spring.

22. is the water/water flow.

24. is the chemical/chemical flow.

26. is the solution flow.

28. is the intake tubing.

30. are the chemical pouches.

32. are the chemical pouch tubes.

34. is the chemical selection rotator component.

36. are the chemical selection rotator component nozzle protrusions.

38. are the nozzle flow regulators.

40. are the chemical selection rotator component seal.

42. is the chemical selection rotator component fluid shaft.

44. is the chemical selection rotator nozzle fluid shaft.

46. is the rotator knob.

48. is the outflow tubing.

50. is the ball plate.

52. is the valve ball.

54. is the valve spring.

56. is the flow block piston stem.

58. is the housing.

60. is the pouch access door.

62. is the pouch access door key.

64. are the solution bottles.

66. are the solution bottle mounting brackets.

68. is the exemplary mounting surface.

DETAILED DESCRIPTION OF THE INVENTION

The following detailed description is of the best currently contemplated modes of carrying out exemplary embodiments of the invention. The description is not to be taken in a limiting sense, but is made merely for the purpose of illustrating the general principles of the invention.

So we can understand how the invention works we will explain the function of every part. Water line connected to pipe that allow to water to flow when we press the button valve 16 down and pressing the resistant spring 20 that will shut off the valve when let 16 go allow water to flow from 28 onto 12 by moving 18 and from there the water flow through 48 product will syphon trough 54 from 32 that have the concentrate solution 24 (1:128) to 10 which will be closed by 52 when we let go to the button 16.

we selecting the product desired with dial 42 which rotate small opening 32 to the nipple 38 that have the house 36 on to the Faucet 48 to fill bottle 64 to the level needed after you open 66 the spray trigger with mixed solution 26 all that system is confined into the box 58 when opening the door 60 you can see we have 4 clear Poly pouches 32 with ¼″ pipes connected to venturi system 10 and by selecting with 46 to the number from 1 to 4 the desire pouch from 1 to 4 that you can see through the door 60 you press the button 16 and water will flow through pipe 28 through the venturi 10 and faucet 48 to fill the bottle 64 when you got the desire level you let the button 16 go which will stop the water flow.

How to Make the Invention:

You take the box approximate 12″ w×12″ h×4″ w place dispensing assy. On top face front top. Through holes in the right places get the push button and dial selector to operate the unit. In the back of the unit top make a hole for main water feed hose and connect. On the dial you place 4.

dispensing tips. Connect the special vinyl clear pipes to the special cups and straws supplied. under place next to each other hanged on hooks the 4 concentrated pouches the clear window part face the clear Plexiglas door. Each pouch clearly seen through the Plexiglas door can be identified and seen the numbers 1 2 3 and 4 will be marked on the clear Plexiglas door on top of each pouch. When all connected select the number of choice on and press the for filling the supplied quarts bottle. When pouch empty simply open the Plexiglas door unhook the empty pouch unscrew the special cup and straw remove the empty pouch, insert new pouch unscrew the cup and re insert cup and straw into the pouch and tightly close the cup and straw place it back on the hooks and close the Plexiglas door shout.

All are necessary. You can install the pouches or any concentrate bottles outside of the box with longer hose and the system can work the same.

How to Use the Invention:

When connecting the main water tube to water source this tube will lead the water to the venturi dispensing mechanism by using the dial you select the product from any one of the 5 oz or 10 oz concentrated pouches, the pouches connected with pipes and special cups and straws that leading the siphon concentrated products from the pouches to the pipes through flex faucet. Fill the quart bottle under the flex faucet and press the start button the water will flow through the system at the same time the water siphon the concentrate through the accurate tip to give exact portion of the concentrate with water to the quart bottle till it full and then let the button go. The operation is done. Additionally: it can be used for dispensing concentrate juice and fill juices and drinks. Also, it can create: cleaning products, juices, drinks, and any liquid concentrate. 

1. A compact simplistic proportioner dispenser that delivers chemical accurately and at an economical price.
 2. The dispenser of claim 1, wherein the compact, durable dispenser is designed with minimal number of parts, nonmoving parts which making servicing and operation simple.
 3. The dispenser of claim 1, wherein can easily be introduced into our homes and businesses, create environmental awareness is the task of each and every one of us.
 4. The dispenser of claim 1, wherein consider an innovative solution is practical and functional, the characteristics of not only individuals but provide global benefits, the dispenser will stop pollution on our planet.
 5. The method of claim 1, wherein can be used for dispensing concentrate juice and fill juices and drinks.
 6. A compact simplistic proportioner dispenser that delivers chemical accurately and at an economical price comprising: a flow housing; an inner flow chamber; an inner flow chamber narrowing region; a flow activation button; a flow block piston; a flow block piston spring; a water/water flow; a chemical/chemical flow; a solution flow; a intake tubing; a chemical pouches; a chemical pouch tubes; a chemical selection rotator component; a chemical selection rotator component nozzle protrusions; a nozzle flow regulators; a chemical selection rotator component seal; a chemical selection rotator component fluid shaft; a chemical selection rotator nozzle fluid shaft; a rotator knob; a outflow tubing; a ball plate; a valve ball; a valve spring; a flow block piston stem; a housing; a pouch access door; a pouch access door key; a solution bottles; a solution bottle mounting brackets; and a exemplary mounting surface.
 7. A method for compact simplistic proportioner dispenser that delivers chemical accurately and at an economical price comprising:
 8. The method of claim 7, wherein a water line connected to pipe that allow to water to flow when we press the button valve down and pressing the resistant spring that will shut off the valve when let go allow water to flow from onto by moving and from there the water flow through product will syphon trough from that have the concentrate solution (1:128) to which will be closed by when we let go to the button.
 9. The method of claim 7, wherein we selecting the product desired with dial which rotate small opening to the nipple that have the house on to the Faucet to fill bottle to the level needed after you open the spray trigger with mixed solution all that system is confined into the box when opening the door you can see we have clear Poly pouches with ¼″ pipes connected to venturi system and by selecting with to the number from 1 to 4 the desire pouch from 1 to 4 that you can see through the door you press the button and water will flow through pipe through the venturi and faucet to fill the bottle when you got the desire level you let the button go which will stop the water flow.
 10. The method of claim 7, wherein we connect the special vinyl clear pipes to the special cups and straws supplied, under place next to each other hanged on hooks the 4 concentrated pouches the clear window part face the clear Plexiglas door, each pouch clearly seen through the Plexiglas door can be identified and seen the numbers 1, 2, 3 and 4 will be marked on the clear Plexiglas door on top of each pouch, when all connected select the number of choice on and press the for filling the supplied quarts bottle, when pouch empty simply open the Plexiglas door unhook the empty pouch unscrew the special cup and straw remove the empty pouch, insert new pouch unscrew the cup and re insert cup and straw into the pouch and tightly close the cup and straw place it back on the hooks and close the Plexiglas door shout, you can install the pouches or any concentrate bottles outside of the box with longer hose and the system can work the same.
 11. The method of claim 7, wherein when connecting the main water tube to water source this tube will lead the water to the venturi dispensing mechanism, by using the dial you select the product from any one of the 5 oz or 10 oz concentrated pouches, the pouches connected with pipes and special cups and straws that leading the siphon concentrated products from the pouches to the pipes through flex faucet, fill the quart bottle under the flex faucet and press the start button the water will flow through the system at the same time the water siphon the concentrate through the accurate tip to give exact portion of the concentrate with water to the quart bottle till it full and then let the button go, the operation is done. 